Recorded Webinar: How to Safely Consolidate Mixed-criticality Functions on a Single SoC

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Advances in embedded electronics, such as hardware miniaturization, have allowed for substantial increases in processing power, tighter integration of peripherals and savings in power consumption. These advances have enabled innovations like assisted driving and electrification in cars, and intensive automation and connectivity in industrial systems.

When components designed for very separate purposes —specifically safety-critical and non-safety critical functions — are deployed on a single System on Chip (SoC), this heterogeneity is referred to as mixed criticality. Systems that combine functions in this way present some challenges. For example, they must demonstrate that safety functions with the highest level of criticality are free from interference from functions with a lower level or no degree of criticality.  These and other considerations can have an impact on design and development efforts, particularly when it comes to functional safety. 

Join us for this webinar and learn how to safely approach consolidating systems onto a single chip, including discussions on: 

• The underlying operating system architecture, which lays the critical foundation for SoC safety
• Safely managing mixed-criticality software on the same SoC 
• Ensuring safe and efficient communication between components

Xavier Miville is part of the Product Management and Strategy group at BlackBerry QNX and is responsible for the introduction and management of Safety and ADAS products on the company's automotive and general embedded portfolio. Xavier holds a Bachelor’s of Engineering, Electrical, and has over 15 years of experience in the embedded industry, having previously held leadership and technical roles at QNX and chip maker Broadcom.

Louay is part of the Product Management and Strategy group at BlackBerry QNX and works on Safety and Security Products for the Automotive and Embedded market. Louay holds both a Bachelor’s and Masters of Engineering in Electrical, Computer and Biomedical, and has over 7 years of experience in both the embedded and Aerospace and Defense industries, having previously held the following roles: Scrum Master, Product Owner, Integrated Product Team Lead and Systems Engineer at General Dynamics.